CN102173214A - On-site certificate card manufacturing equipment and method - Google Patents

Abstract

The on-site certificate card production equipment and method provided by the present invention combine innovative technologies of various certificate-making related components, use control components and intelligent programs to control and manage its normal operation, and print information on the printing area on the surface of the certificate card through the printing area printing device. The card chip information is read and written through the electronic writing module, and the information in the rewritable area on the surface of the card is erased and written through the thermal printing device, thereby forming a multi-functional intelligent card making device. The equipment of the present invention is a small and medium-sized certification equipment, which is convenient for transportation and storage, and can be directly distributed to various local certification acceptance points. The certification process is simple and easy to understand, and the equipment is intelligently operated. Move the traditional background certificate production work forward, and the staff can quickly complete the certificate production at the front desk, achieving the convenience effect of "on-the-spot" for the masses to apply for the certificate on the spot, improve the service efficiency of the certificate department, and contribute to the promotion of the construction of a service-oriented government strength.

Description

On-site certificate card production equipment and method

technical field

The invention relates to the technical field of certificate production, in particular to an on-site certificate card making device and a on-site certificate card making method.

Background technique

Statutory certificates are an important carrier for mass identification and innovative social management. People will apply for various documents in their lifetime, such as ID cards, residence permits, driver's licenses, social security, etc. These documents play an important role in the lives and work of the masses. identification and verification. Due to technical and other reasons, the traditional method of issuing certificates is mainly based on the management concept of "unified collection of information, unified acceptance, and unified production of certificates". It takes a long time to wait from the preparation of materials to getting the certificates, and at least two trips to the certificate processing hall are required, which cannot meet the growing convenience needs of the masses. The above phenomenon is mainly due to the large scale and small number of traditional certificate making equipment, which are operated by fixed locations and personnel, and the production process is limited by the certificate making equipment and technology. The certificate-handling department needs to send the collected application materials of the masses to the certificate production center for unified production, which leads to the separation of various certificate-making links from data collection to certificate issuance. Going to the acceptance department will result in the time-consuming and money-consuming situation of processing the certificate, which will bring great inconvenience to the majority of people applying for the certificate.

As an important part of certificates, smart cards have been widely used in identity authentication, electronic access control, micropayment and other fields. For example, in the application of smart card as a certificate card, firstly, the card making unit must have a device that can print out on the smart card, and a smart card information reading and writing device. When a new card needs to be made, first write the required information into the smart card chip, and then Print out part of the basic information on the appearance of the card. However, the functions of the current main card making equipment are relatively single, only processing partial information of the smart card, such as printing card surface information, or reading card chip information, etc.

According to the general application design specification of major documents in my country, the front of the card body of identification documents (such as resident ID card, residence permit, etc.) is usually provided with public information, such as the name of the card; the back of the card body of the certificate is provided with the cardholder's Personalized information such as name, card number, etc. At present, the surface information of traditional card-type certificates is produced at one time by printing, printing and other technologies. Once the information content is formed, it cannot be changed again. However, the surface information of the card cannot be updated in time, and the cardholder must reapply for a new card based on the changed information.

According to statistics, there are millions of floating populations in my country's first- and second-tier cities every year, which are characterized by strong mobility and frequent changes of residence. In order to better serve the floating population, the management department requires the floating population to apply for local The residence permit, the card information includes the holder's name, gender, household registration and other information, part of which is the printing area, and the other part is temporary variable information, such as the current residential address and validity period. If the public needs to change temporary variable information such as their current residence address and validity period, they must register with the local police station or township or street floating population service management center with the original certificate, apply for a change and apply for a new card, and the low cost of a traditional card Flexibility leads to low card utilization efficiency, which increases the trouble of changing cards and the cost of using cards, thus greatly restricting the application of card-type certificates. Therefore, traditional certificate making equipment and technology cannot reflect the service efficiency of convenience and benefit to the people. Traditional certificate making methods can no longer meet the growing service needs of the masses, and do not conform to the development trend of modern certificate service of social management innovation.

Contents of the invention

In order to overcome the defects of the prior art, the present invention provides an on-site certificate card production equipment and method, which can not only meet the requirements of printing area information on the surface of the certificate card, but also meet the repeated erasing and writing of personalized information on the surface of the certificate card, realizing "one-time production" "Certificate multiple erasing", in the production process, the traditional background certificate production is changed to the foreground on-site certificate production, and the certificate production work is moved forward. The staff can complete the certificate production on the spot according to the user's information, and realize "do it immediately" , Bring convenience to the masses and improve the efficiency of social services.

In order to achieve the purpose of the above invention, the present invention provides an on-site certificate card production equipment, the surface of the certificate card includes two parts, a printing area and a rewritable area, and the equipment includes a chassis and an information collection device arranged outside the chassis , a new card suction device arranged in the chassis, a printing area printing device, a transmission mechanism, a thermal printing device, and a control assembly provided with a first electrical writing module and a printer inside; the new card suction device , the printing area printing device, the transmission mechanism and the thermal printing device are connected in sequence, and the control assembly is respectively connected with the information collection device, the new card suction device, the printing area printing device, the transmission mechanism and the thermal printing device through lines.

Specifically, the information collection device includes a smart card reader and a barcode reader.

Specifically, the new card suction device includes a card-in slot, a first sensor, a first motor and a first transmission wheel, the first sensor and the first transmission wheel are located at the bottom of the card-in slot, and the first The motor is located below the card-in slot, and the first sensor and the first motor are respectively connected to the control assembly through lines.

Specifically, the device further includes a endorsement card feeding device, and the endorsement card feeding device includes a endorsement card inlet and a slideway connected between the endorsement card inlet and the transmission mechanism.

Specifically, the transmission mechanism includes a second electrical writing module, a second sensor, a second motor, a second transmission wheel and a third sensor, the second electrical writing module is located above the transmission mechanism, and the The second sensor, the second transmission wheel and the third sensor are located at the bottom of the transmission mechanism, and the second motor is located below the transmission mechanism, wherein the position of the second sensor is related to the second electrical writing The position of the module corresponds, the third sensor is located at the edge of the transmission mechanism close to the position of the thermal printing device, the second electrical writing module, the second sensor, the second motor, and the third sensor are respectively connected to the The control components are connected.

Specifically, the chassis includes a box body, an upper flip cover, and a workbench. A new snap-in bayonet is opened at the junction of the upper flip cover and a side of the box body close to the workbench, and an endorsement card is provided on the upper flip cover. In the bayonet and the state control area, a bayonet is provided on the front of the box body, and a device switch and a network interface are also provided on the box body.

Correspondingly, the present invention also provides a method for making an on-site certificate card, the method comprising:

Directly import or collect the information of the certificate card to be written into the chip by the information collection device, the information includes the information of the printed area on the surface of the certificate card and the information of the rewritable area, and the information collection device includes a barcode reader and a smart card reader;

The new card suction device sucks the new ID card into the printing device in the printing area;

The first electrical writing module in the printing area printing device writes the imported or collected information into the chip of the certificate card;

The printer in the printing area printing device prints the information in the printing area on the surface of the ID card according to the information of the printing area in the chip information;

After the information is printed, the transmission mechanism transmits the certificate card to the thermal printing device;

The thermal printing device writes information in the erasable area on the surface of the document card according to the information of the erasable area in the chip information, and outputs the card after the writing of information is completed;

Wherein, the information collecting device, the new card sucking device, the printing area printing device, the transmission mechanism and the thermal printing device are controlled by the control module.

Specifically, the new card suction device includes a card slot, a first sensor, a first motor and a first transmission wheel, and the new card suction device sucks a new certificate card into the printing area printing device include:

When the first sensor senses that a certificate card is placed in the card slot, the first sensor feeds back a prompt signal to the control assembly;

The control component controls the first motor to start the first transmission wheel according to the prompt signal, and transmits the certificate card to the printing device in the printing area.

Specifically, the transmission mechanism includes a second motor, a second transmission wheel and a third sensor, and the step of the transmission mechanism transmitting the certificate card into the thermal printing device includes:

When the third sensor senses that the certificate card arrives at the junction of the transmission mechanism and the thermal printing device, it promptly feeds back a prompt signal to the control component, so as to control the second motor to start the second transmission wheel to The credential card is conveyed into a thermal printing device.

Specifically, the device also includes an endorsement card feeding device, the transmission mechanism also includes a second electrical writing module and a second sensor, and the method further includes:

Directly import the new endorsement information of the document card to be endorsed, or read the original information of the chip in the document card to be endorsed by the smart card reader in the information collection device, and the control component modifies the original information into new endorsement information;

When the certificate card to be endorsed enters the transmission mechanism through the endorsement card feeding device, the second sensor sends a prompt signal to the control assembly, and the control assembly controls the second electrical writing module to read the chip of the certificate card according to the prompt signal information, and modify the original information in the ID card chip to the new endorsement information;

After the modification of the chip information of the ID card is completed, the transmission mechanism transmits the ID card to the thermal printing device;

The thermal printing device erases and writes information on the erasable area on the surface of the certificate card according to the information of the erasable area in the chip information, and outputs the card after the erasing and writing is completed.

The beneficial effects of the present invention are as follows:

The equipment and method provided by the present invention can print information on the printing area of the surface of the certificate card through the printing area printing device for a new certificate card, and can rewrite the surface of the certificate card through the thermal printing device. The information in the area can be written; for the certificate card that needs to be endorsed, the information in the erasable area on the surface of the certificate card can be directly erased and written through the thermal printing device, thereby forming a set of data collection, chip information writing, printing It is an intelligent certification equipment integrating multiple functions such as area information printing and rewritable area information printing. Secondly, the operation of the equipment involved in the present invention is intelligent, and can produce various certificates, and can achieve the convenience effect of "immediately obtain" when the masses apply for certificate cards. In addition, because the device of the present invention is a small and medium-sized device, it is convenient for transportation and storage, and can be directly distributed to the certificate production center and various local certificate acceptance points, such as various public security sub-bureaus, police stations, street neighborhood committees, etc., to facilitate on-site evidence collection for the masses. The equipment certificate making process of the present invention is simple and easy to understand. In the production process, the traditional background certificate making is changed to the foreground on-site certificate making, and the certificate making work is moved forward through data integration. The staff can complete the certificate making on the spot according to the data, which also improves The work efficiency of the certification department contributes to the promotion of the construction of a service-oriented government.

Description of drawings

Fig. 1 is a structural diagram of a rewritable certificate card according to an embodiment of the present invention;

Fig. 2 is a frame structure diagram of an on-site certificate card making device according to an embodiment of the present invention;

Fig. 3 is a schematic diagram of the first flow chart of the on-site certificate card production method according to the embodiment of the present invention;

Fig. 4 is a schematic diagram of the second flow chart of the on-site certificate card manufacturing method according to the embodiment of the present invention;

Fig. 5 is a schematic diagram of a three-dimensional structure of an on-site certificate card making device according to an embodiment of the present invention;

Fig. 6 is a schematic diagram of the chassis structure of the on-site certificate card production equipment according to the embodiment of the present invention.

Detailed ways

The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only some, not all, embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without creative efforts fall within the protection scope of the present invention.

The invention provides an on-site certificate card production equipment and method, which can not only meet the printing of the printing area information on the surface of the certificate card, but also meet the repeated erasing and writing of the personalized information on the surface of the certificate card, and realize "multiple times of erasing and writing once". In the production process, the traditional back-end certificate production is changed to the front-end on-site certificate production, and the certificate production work is moved forward. The staff can complete the certificate production on the spot according to the user's information, which realizes the convenience of the masses and improves the society. service efficiency.

In order to facilitate the understanding of the technical solution of the present invention, firstly, the credential card processed by the on-site credential card making equipment of the present invention, which can be rewritable, is introduced.

Referring to FIG. 1 , it is a structural diagram of a rewritable certificate card according to an embodiment of the present invention. The rewritable certificate card is a card whose surface is composed of a rewritable area 11 and a printing area 12. The rewritable area 11 of the card is Covered with a layer of heat-sensitive material, this material can produce a chemical reaction at high temperature and cause the color to change. This color change will be preserved when the temperature drops below 60 degrees Celsius. When the card covered with heat-sensitive material passes through the operation of the heat-sensitive printing device, the information on the surface of the card can be erased and written. The printing area 12 of the card can print fixed graphics and text information, which cannot be modified after printing.

Example 1

Referring to FIG. 2 , it is a frame structure diagram of a document card making equipment according to an embodiment of the present invention. As shown in the figure, the equipment includes a chassis, an information collection device 21 arranged outside the chassis, and a new card suction device arranged in the chassis. The card device 22, the printing area printing device 23, the transmission mechanism 24, the thermal printing device 25 and the control assembly 26 which are provided with the first electrical writing module and the printer inside; the new card suction card device 22, the printing area printing device 23 , the transmission mechanism 24 and the thermal printing device 25 are connected successively, and the control assembly 26 is respectively connected with the information collection device 21, the new card suction device 22, the printing area printing device 23, the transmission mechanism 24 and the thermal printing device through lines 25 connected.

In specific implementation:

The information collection device 21 includes a smart card reader and a barcode reader. The smart card reader is used to read the chip information of the certificate card. The reader is an independent sensing module, mainly composed of a certificate read-write chip, a circuit board, and a PSAM (personal security application module) card. The smart card reader includes a certificate card reader and an ID card reader. The certificate card reader is used to read the internal chip information of various certificate cards, and can detect whether the certificate card is valid. In addition, it is used to read the certificate when the certificate card is endorsed. Card information; the ID card reader is used to read the information of the resident ID card for identity verification and automatic information entry, reducing the workload of manual entry of the card holders. The barcode reader is used to obtain the image information required for making a new card, such as the information in the barcode on the receipt can be read, etc., the barcode reader reads the image information for making the certificate card, and the overall size is not greater than 22mmx45mmx45mm, The number of scans per second is about 220, and the reading range: 17.7~345.4mm.

The new card sucking device 22 is used for sucking a new certificate card into the printing device 23 in the printing area.

The printing area printing device 23 includes a first electrical writing module and a printer. The first electrical writing module is used to write the information collected by the information collection device 21 into the chip of the certificate card; the printer is used to print the printed area on the surface of the certificate card according to the information of the printed area in the collected information Print said information.

The transmission mechanism 24 is used to transfer the certificate card from the printing area printing device 23 to the thermal printing device 25 for erasing and writing information in the rewritable area;

The thermal printing device 25 performs erasing and writing of information on the erasable area on the surface of the certificate card according to the information of the erasable area in the chip information.

The control component 26 is used to control the work of the on-site certification equipment, and specifically includes an industrial computer and a control circuit board, wherein the industrial computer includes a computer host, a computer display screen, a keyboard, a mouse, and the like. The new card suction device 22 and the transmission mechanism 24 are controlled by the industrial computer through the control circuit board, and the printing area printing device 23 and the thermal printing device 25 are directly controlled by the industrial computer.

For the description of the chassis, please refer to the description of the corresponding equipment chassis in Embodiment 2.

Below, the working process of the above-mentioned on-site ID card production equipment is briefly introduced. The first flow diagram of the on-site ID card production method involved below describes the method for making a new card; the second flow diagram of the on-site ID card production method, Described is the method of making endorsement cards.

Please refer to Figure 3, which is a schematic diagram of the first process flow of the on-site certificate card production method according to the embodiment of the present invention. As shown in the figure, the method includes:

S301. Directly import or collect the information of the certificate card to be written into the chip by the information collection device, the information includes the information of the printing area on the surface of the certificate card and the information of the rewritable area, and the information collection device includes a barcode reader and a smart card reader The barcode reader is used to collect image information, and the smart card reader is used to obtain relevant information in the ID card. For example, when making a residence permit, the smart card reader can be used to obtain the information in the ID card; here, it can also be entered through the keyboard, Or U disk import, or system database information import, etc. to obtain the information to be written into the chip.

S302. The new card suction device sucks the new certificate card into the printing device in the printing area; the new card suction device includes a card slot, a first sensor, a first motor, and a first transmission wheel. This step includes: when the first When a sensor detects that a card is placed in the card slot, the first sensor feeds back a prompt signal to the control component; the control component controls the first motor to start the first transmission wheel according to the prompt signal, and the The credential card is conveyed into the printing zone printing device.

S303. The first electronic writing module in the printing area printing device writes the information imported or collected by the information collection device into the chip of the certificate card; this step specifically further includes the first electronic writing module reading the certificate Whether the card is damaged, if there is an undamaged ID card, write the collected information into the chip of the ID card, and if it is a damaged ID card, send the card directly to the waste card slot or card outlet.

S304. The printer in the printing area printing device prints the information in the printing area on the surface of the ID card according to the information of the printing area in the chip information;

S305. After the information is printed, the transmission mechanism transmits the certificate card to the thermal printing device; the transmission mechanism includes a second motor, a second transmission wheel and a third sensor, and the transmission mechanism transmits the certificate card to The steps in the thermal printing device include: when the third sensor senses that the certificate card arrives at the junction of the transmission mechanism and the thermal printing device, feedback a prompt signal to the control component in time to control the second The motor starts the second transmission wheel to transmit the certificate card into the thermal printing device.

S306. The thermal printing device writes information in the erasable area on the surface of the ID card according to the information of the erasable area in the chip information, and outputs the card after the information is written. The information of the rewritable area in the chip information is derived from the information of the rewritable area in the imported or collected information.

Wherein, the information collecting device, the new card sucking device, the printing area printing device, the transmission mechanism and the thermal printing device are controlled by the control module.

Please refer to FIG. 4 , which is a schematic diagram of the second process flow of the on-site certificate card production method according to the embodiment of the present invention, wherein the on-site certificate card production equipment also includes an endorsement card feeding device, and the transmission mechanism includes a second motor, a second transmission wheel and In addition to the third sensor, it also includes a second electrical writing module and a second sensor. As shown in the figure, the method includes:

S401. Directly import the new endorsement information of the certificate card to be endorsed, or read the original information of the chip in the certificate card to be endorsed by the smart card reader in the information collection device, and the control component modifies the original information into new endorsement information; When the smart card reader reads the original information of the chip in the card to be endorsed, it will be displayed on the display screen of the industrial computer. First, it can be judged whether the card is a valid card. Second, the original information can be input through the keyboard. The information is modified to new endorsement information, so that the subsequent thermal printing device can write information in the rewritable area according to the new endorsement information. In addition, new endorsement information can also be obtained through keyboard input, or U disk import, or system database information import.

S402. When the certificate card to be endorsed enters the transmission mechanism through the endorsement card feeding device, the second sensor sends a prompt signal to the control component, and the control component controls the second electronic writing module to read the certificate card according to the prompt signal chip information, and modify the original information in the credential card chip to the new endorsement information; the second electrical writing module is also used to detect whether the credential card chip information is valid information; when the detection result When the chip information is valid information, the second electrical writing module modifies the original information in the certificate card chip to new endorsement information; when the detection result is that the chip information is invalid information, the The above-mentioned transmission mechanism transports invalid certificate cards to the waste card slot or card outlet.

S403. After the chip information modification of the ID card is completed, the transmission mechanism transmits the ID card to the thermal printing device; the transmission mechanism includes a second motor, a second transmission wheel and a third sensor, and the transmission mechanism transmits the ID card The step of entering the thermal printing device includes: when the third sensor senses that the certificate card arrives at the junction of the transmission mechanism and the thermal printing device, feedback a prompt signal to the control component in time to control the first The second motor activates the second transmission wheel to transmit the certificate card into the thermal printing device.

S404. The thermal printing device erases and writes information on the erasable area on the surface of the ID card according to the information of the erasable area in the chip information, and outputs the card after the erasing is completed. The information of the rewritable area in the chip information is derived from the information of the rewritable area after importing or modifying the collected information.

For a detailed description of the above steps, reference may be made to the description of the corresponding on-site certificate card production method in Embodiment 2.

The equipment and method provided by the present invention can print information on the printing area of the surface of the certificate card through the printing area printing device for a new certificate card, and can rewrite the surface of the certificate card through the thermal printing device. The information in the area can be erased and written; for the certificate card that needs to be endorsed, the information in the erasable area on the surface of the certificate card can be directly erased and written through the thermal printing device, thus forming an intelligent certificate that integrates multiple functions equipment. Secondly, the operation of the equipment involved in the present invention is intelligent, capable of making various certificates, and realizing the convenience effect of instant obtaining of certificate cards. In addition, because the equipment of the present invention is a small and medium-sized equipment, it is convenient for transportation and storage, and can be directly distributed to other branches of the certificate production center, such as various public security sub-bureaus, police stations, etc., which is convenient for the masses to collect evidence on the spot. The equipment certificate making process of the present invention is simple and easy to understand. In the production process, the traditional background certificate making is changed to the foreground on-site certificate making, and the certificate making work is moved forward through data integration. The staff can complete the certificate making on the spot according to the data, which also improves Improve the work efficiency of relevant departments and contribute to the promotion of the construction of a service-oriented government.

Example 2

Referring to Fig. 5, it is a schematic diagram of the three-dimensional structure of the on-site ID card production equipment according to the embodiment of the present invention. It should be noted that Fig. 6 is a schematic diagram of the chassis structure of the on-site ID card production equipment according to the embodiment of the utility model. Visible, and some parts are non-visible. For non-visual parts, the positional relationship of non-visual parts is mainly expressed through text descriptions. As shown in Figure 5, the production equipment includes:

Barcode reader 1, ID card reader 2 and ID card reader 3, ID card reader 2 and ID card reader 3 form a smart card reader, and the smart card reader and barcode reader 2 are set on the workbench to form a The information collection device 21 in Embodiment 1 is mentioned, and for its specific description, please refer to the corresponding description in Embodiment 1, which will not be repeated here.

The new card suction card device 4 includes a card-in slot, a first sensor, a first motor and a first transmission wheel, and the first sensor and the first transmission wheel are located at the bottom of the card-in slot, and the first motor is located at the bottom of the card-in slot. Into the lower part of the card slot, the first sensor and the first motor are respectively connected with the control assembly through lines.

A endorsement card feeding device, the endorsement card feeding device includes a endorsement card inlet 9 and a slideway connected between the endorsement card inlet 9 and the transmission mechanism. After the endorsement certificate card is put in from the endorsement bayonet 9, the endorsement certificate card is directly transmitted through the slideway into the transmission mechanism, and the second electrical writing module 61 in the transmission mechanism 6 modifies the chip information of the certificate card.

The printing area printing device 5 includes the first electrical writing module and the printer arranged in the device, the first electrical writing module is used to write the information collected by the barcode reader 1 into the chip of the certificate card; the printer, It is used to print the information in the printing area on the surface of the certificate card according to the information of the printing area in the information. The printer can print continuous grayscale black and white pictures and color pictures/texts, logos, digital signatures/various barcodes/ background pattern etc. The printer can automatically adjust to adapt to the thickness of different cards; the printing grayscale is 255 levels; the printing resolution is 300dpi; the printing speed of the ribbon is divided into color and laminated not exceeding 36 seconds per sheet, and monochrome not exceeding 7 seconds per sheet.

The transmission mechanism 6 includes a second electrical writing module 61, a second sensor, a second motor, a second transmission wheel and a third sensor, the second electrical writing module 61 is located above the transmission mechanism, and the first The second electrical writing module 61 is composed of a read-write chip and a bracket. The second sensor, the second transmission wheel and the third sensor are located at the bottom of the transmission mechanism, and the second motor is located below the transmission mechanism. Wherein, the position of the second sensor corresponds to the position of the second electrical writing module 61, and its function is to sense that the card from the printing area printing device or the endorsement card feeding device arrives in the second electrical writing module 61, so The third sensor is located at the edge of the transmission mechanism close to the thermal printing device, and its function is to sense that when the card from the printing area printing device or the endorsement card feeding device reaches the junction of the transmission mechanism and the thermal printing module, it will immediately Feedback a prompt signal to the control assembly to control the second motor to start the second transmission wheel to transmit the certificate card into the thermal printing device, the second electrical writing module 61, the second sensor, the second The motor and the third sensor are respectively connected with the control assembly through lines.

In the process of making a new card, the function of the transmission mechanism 6 is mainly to transmit the new card. The writing module 61 reads the chip information of the certificate card, and modifies the original information corresponding to the rewritable area in the chip of the certificate card to new information.

The control assembly, referring to Fig. 5, includes a display screen 10, a host computer, a keyboard 11, a mouse 12 and a control circuit board, etc., wherein the display screen 10, a host computer, a keyboard 11, and a mouse 12 form an industrial computer. The control circuit board and the computer host are arranged inside the casing, and the display screen 10, keyboard 11 and mouse 12 are arranged outside the casing. The industrial computer controls the work of the new card suction device 4 and the transmission mechanism 6 through the control circuit board. Specifically, the industrial computer sends control instructions to the new card suction device 4 and the transmission mechanism 6 through the control circuit board, and the new card suction device 4 and the transmission mechanism 6 perform corresponding operations after receiving the instructions. Similarly, the new card suction device 4 and the transmission mechanism 6 will also feed back the prompt information of the working state of the device to the industrial computer through the control circuit board, so that the industrial computer can pass The control circuit board controls the equipment for the next step of operation. In addition, the industrial computer is also used to directly control the work of the smart card reader (including the document card reader 2 and the ID card reader 3 ), the barcode reader 1 , the printing area printing device 5 and the thermal printer 7 .

For the description of the chassis, please refer to Figure 6. As shown in the figure, the chassis includes a box body 13, an upper flip cover 14, and a workbench 15. Card into bayonet 16, be provided with endorsement card into bayonet 9 and state control area 17 on described upper flip cover 14, be provided with outlet bayonet 8 on described box body 13 front, also be provided with on described box body 13 There are equipment switch 18, network interface, industrial computer keyhole, printing equipment keyhole, waste card slot and so on.

The chassis is made of iron plate, and the surface is coated with Teflon coating.

The workbench 15 is used to place the user's daily office supplies and other equipment needed for business.

The new card inlet 16 is used to put the cards to be made, and about 100 cards can be stacked.

The endorsement card inlet 9 is used for putting in cards to be endorsed.

The card output port 8 is used for outputting certificate cards that have completed the production process, and is also used for outputting invalid certificate cards output by the output device.

The status control area 17 is used to indicate whether the equipment is powered on, the running status of the printer in the printing area and the thermal printer, whether the equipment fails, etc.

The device switch 18 includes an industrial computer switch and a device switch.

After opening the keyhole of the industrial computer with a key, you can see the devices on the back of the integrated equipment, such as the equipment control circuit board, power transformer, wires, etc. After opening the keyhole of the printing equipment, you can see the printing device, transmission mechanism, etc. of the equipment.

Below, taking the production of a new residence permit as an example, the process of making a new device card of the present invention will be described:

Step 1: Prepare the application materials

The applicant goes to the photo studio to take pictures according to the process of applying for the certificate and takes the photo receipt of the residence permit, and then provides the photo receipt, ID card and other personal information to the certificate department.

Step 2: Information Collection

The staff of the certificate handling department enters the printing area information for making the residence permit, verifies the identity and obtains the information on the second-generation certificate through the ID card reader. For example, when the ID card reader shows that the connection is normal, the device will automatically enter the name of the applicant , gender, ethnicity, ID number, household registration location and other relevant information to reduce the manual input workload of the personnel who handle the certificate.

Collect digital photos, and the certificate handler collects the inspection receipt based on the digital photos provided by the applicant, and puts it under the barcode reader of the device. When the barcode reader displays a red light, it means that the barcode is being read. After the reading is successful, The cardholder's photo will be automatically exported and displayed in the information entry area of the system.

Use the keyboard to enter other information, such as the applicant's residential address, the validity period of the ID card, etc.

Step 3: Information Processing

Making a new card refers to placing several residence permits, such as 100, in the new card slot under the normal operation of the device, starting the device, and performing the card making operation.

When the system clicks to make a certificate, the new card suction device will automatically suck a new residence permit into the printing area printing device, specifically: when the first sensor senses that a residence permit is placed in the card slot, the second A sensor feeds back a prompt signal to the control component; the control component controls the first motor to start the first transmission wheel according to the prompt signal, and transmits the residence permit to the printing device in the printing area.

After the residence permit enters the printing area printing device, the first electrical writing module located in the ID card printing device will sense and detect whether the card is valid. Write the information entered in step 2 into the chip of the card; if the card does not meet the requirements, the card will be sent directly to the card outlet.

After the chip information of the ID card is successfully written, the printing area printing device will automatically print the printing information on the surface of the card.

After the printing information on the surface of the card is successfully printed, the transmission mechanism will transmit the card to the thermal printing module, specifically: when the third sensor senses that the document card reaches the junction of the transmission mechanism and the thermal printing device, it will send the card to the control module in time. A prompt signal is fed back to control the second motor to start the second transmission wheel to transmit the certificate card into the thermal printing device.

The thermal printing device writes information in the erasable area on the surface of the certificate card according to the information of the erasable area in the chip information, and outputs the card to the card outlet after the writing of information is completed.

Next, taking the residence permit as an example, the production process of the equipment endorsement card of the present invention will be described:

Step 1: Prepare the application materials

The applicant provides the ID card and other personal information to the certificate processing department according to the certificate processing process.

Step 2: Information Collection

The staff of the certificate handling department put a residence permit whose information needs to be changed on the card reading area of the smart card reader to read the information of the original card to prove that the card is a valid certificate card. If it is a valid certificate card, the chip in the card will The information will be displayed in the certification system, and the certification personnel can manually enter the information that needs to be changed according to the actual situation of the applicant.

Step 3: Information Processing

When the equipment is in normal operation, put the residence permit to be endorsed from the entrance of the endorsement card. When the card reaches the transmission mechanism through the slideway, the second sensor sends a prompt signal to the control component. The second electrical writing module in the institution changes the information of the original residence permit chip into the new endorsement information.

After the information is changed successfully, the transmission mechanism automatically transmits the card to the thermal printing module.

The thermal printing module will erase the information in the rewritable area of the original ID card, and reprint the changed information.

After the information on the rewritable area on the card surface is printed, the card will be sent to the card outlet.

Compared with the prior art, the present invention has the following advantages and effects: (1) This device is specially designed for the characteristics required by smart cards such as ID cards, card information reading and writing equipment, card surface information printing equipment, and card surface information repeats more An intelligent certificate making device that integrates multi-functional devices such as erasing and rewriting devices. (2) The operation of this equipment is intelligent, and all the processes are automatically completed by the equipment. The equipment of the present invention can adapt to the on-site certification and issuance of various documents. It takes no more than 3 minutes for a document to be issued from the application acceptance to the issuance, and it can be used continuously for one hour. 60 certificates are produced, and the equipment can work continuously for more than 10 hours. The degree of automation is high, and the speed of certificate production is fast. The public can complete the application for certificates on the spot at the certificate handling department, and the waiting time does not exceed 3 minutes, so that the government's service tenet of "putting people first and doing things for the people" will be implemented. (3) This equipment is a small and medium-sized equipment, which is convenient for transportation and storage. It can be distributed to other sub-departments of the certificate production center, such as various public security sub-bureaus, police stations, etc., which is convenient for the masses to apply for and collect evidence on-site, and also improves the work of relevant departments. Efficiency, to contribute to the promotion of service-oriented government construction.

It should be noted that the on-site ID card production equipment and method in the above-mentioned embodiments of the present invention can also be used to make ID cards in the background. The difference between it and on-site ID card production is that it does not need to collect on-site information, and can Import the information to be written into the ID card into the control component through local import or system database collection and import. According to the imported information, print the printing area and the rewritable area of the ID card in batches. For details, please refer to the on-site ID card Apparatus and methods are described accordingly.

The on-site document card production equipment and production method in the above embodiments of the present invention can be used for legal documents such as ID cards, travel permits, temporary residence permits, residence permits, driver's licenses, and temporary ID cards, as well as work permits, labor certificates, medical cards, insurance cards, Production of security cards, service cards, discount cards, commemorative cards and other industry-applicable certificate cards.

The above disclosures are only preferred embodiments of the present invention, and certainly cannot limit the scope of rights of the present invention. Therefore, equivalent changes made according to the claims of the present invention still fall within the scope of the present invention.

Claims (10)

1. A kind of on-site certificate card production equipment, it is characterized in that, described certificate card surface comprises two parts of printing area and rewritable area, described equipment comprises chassis, is arranged on the information collection device outside described chassis, is arranged on the The new card suction device in the chassis, the printing area printing device, the transmission mechanism, the thermal printing device, and the control assembly provided with the first electrical writing module and the printer inside; the new card suction device, the printing area printing The device, the transmission mechanism and the thermal printing device are connected in sequence, and the control assembly is respectively connected with the information collection device, the new card suction device, the printing area printing device, the transmission mechanism and the thermal printing device through lines. 2. The on-site certificate card production equipment according to claim 1, wherein the information collection device comprises a smart card reader and a barcode reader. 3. The on-site certificate card production equipment according to claim 1, characterized in that, the new card sucking device comprises a card slot, a first sensor, a first motor and a first transmission wheel, and the first sensor and The first transmission wheel is located at the bottom of the card-in slot, the first motor is located below the card-in slot, and the first sensor and the first motor are respectively connected to the control assembly through wires. 4. The on-site certificate card production equipment according to claim 1, characterized in that, the equipment also includes a endorsement card feeder, and the endorsement card feeder includes a endorsement card inlet, and a card connected to the The endorsement is inserted into the slideway between the bayonet socket and the transmission mechanism. 5. The on-site certificate card production equipment according to claim 4, wherein the transmission mechanism includes a second electrical writing module, a second sensor, a second motor, a second transmission wheel and a third sensor, and the The second electrical writing module is located above the transmission mechanism, the second sensor, the second transmission wheel and the third sensor are located at the bottom of the transmission mechanism, and the second motor is located below the transmission mechanism, wherein , the position of the second sensor corresponds to the position of the second electrical writing module, the third sensor is located at a position close to the thermal printing device on the edge of the transmission mechanism, and the second electrical writing module , the second sensor, the second motor, and the third sensor are respectively connected to the control assembly through lines. 6. The on-site certificate card production equipment according to any one of claims 1-5, characterized in that, the cabinet includes a casing, an upper flip cover, a workbench, and a part close to the workbench between the upper flip cover and the casing body There is a new card entry bayonet at the side junction, a endorsement bayonet entry bay and a state control area are provided on the upper flip cover, a bayonet exit is provided on the front of the box body, and the box body is also provided with Device switch and network interface. 7. A method of using the on-site certificate card making equipment according to claim 1 to carry out a method for making a certificate card, wherein the method comprises: Directly import or collect the information of the certificate card to be written into the chip by the information collection device, the information includes the information of the printed area on the surface of the certificate card and the information of the rewritable area, and the information collection device includes a barcode reader and a smart card reader; The new card suction device sucks the new ID card into the printing device in the printing area; The first electrical writing module in the printing area printing device writes the imported or collected information into the chip of the certificate card; The printer in the printing area printing device prints the information in the printing area on the surface of the ID card according to the information of the printing area in the chip information; After the information is printed, the transmission mechanism transmits the certificate card to the thermal printing device; The thermal printing device writes information in the erasable area on the surface of the document card according to the information of the erasable area in the chip information, and outputs the card after the writing of information is completed; Wherein, the information collecting device, the new card sucking device, the printing area printing device, the transmission mechanism and the thermal printing device are controlled by the control component. 8. The method according to claim 7, wherein the new card sucking device comprises a card slot, a first sensor, a first motor and a first transmission wheel, and the new card sucking device draws the new card The step of sucking the ID card into the printing device in the printing area includes: When the first sensor senses that a certificate card is placed in the card slot, the first sensor feeds back a prompt signal to the control assembly; The control component controls the first motor to start the first transmission wheel according to the prompt signal, and transmits the certificate card to the printing device in the printing area. 9. The method according to claim 7, wherein the transmission mechanism comprises a second motor, a second transmission wheel and a third sensor, and the step of the transmission mechanism transmitting the certificate card into the thermal printing device comprises : When the third sensor senses that the certificate card arrives at the junction of the transmission mechanism and the thermal printing device, it promptly feeds back a prompt signal to the control component, so as to control the second motor to start the second transmission wheel to The credential card is conveyed into a thermal printing device. 10. The method according to claim 9, characterized in that, the device further comprises an endorsement card feeding device, and the transmission mechanism further comprises a second electrical writing module and a second sensor, and the method further comprises: Directly import the new endorsement information of the document card to be endorsed, or read the original information of the chip in the document card to be endorsed by the smart card reader in the information collection device, and the control component modifies the original information into new endorsement information; When the certificate card to be endorsed enters the transmission mechanism through the endorsement card feeding device, the second sensor sends a prompt signal to the control assembly, and the control assembly controls the second electrical writing module to read the chip of the certificate card according to the prompt signal information, and modify the original information in the ID card chip to the new endorsement information; After the modification of the chip information of the ID card is completed, the transmission mechanism transmits the ID card to the thermal printing device; The thermal printing device erases and writes information on the erasable area on the surface of the certificate card according to the information of the erasable area in the chip information, and outputs the card after the erasing and writing is completed.

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